Add to ORKG300-301Modification has been made in the existing spade corer to accommodate a Niskin water sampler and an underwater camera for obtaining simultaneously sediment and water samples and seabed photograph in a single operation. The modified system has been tested at depths ranging from 300 to 4000 m in the Arabian Sea
A bottom water sampler ("Suctor") for application in the deep-sea, in shallow waters and in estuarie...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Using a piston corer is one of the most typical ways of recovering sediment from the nearsurfacePeer...
A simple, cheaply-constructed corer is described for operation by SCUBA divers on marine sediments a...
A cost efficient way of investigating shallow sediments and for collecting soils data for many offsh...
The Ocean Floor Observation and Bathymetry System (OFOBS) was used during the SO261 cruise to the At...
The Box corer is a marine geological and biological sampling tool for soft sediments in lakes or oc...
Cameras were mounted in a newly designed corehead of a piston corer and used to photograph coring op...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
83-84For the purpose of geotechnical investigation a gravity corer has been designed and fabricated ...
A modified version of the light weight "Murray" piston corer is described. This corer may be used in...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
A wide variety of scientific disciplines require representative samples of benthic sediment. As a r...
A bottom water sampler ("Suctor") for application in the deep-sea, in shallow waters and in estuarie...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Using a piston corer is one of the most typical ways of recovering sediment from the nearsurfacePeer...
A simple, cheaply-constructed corer is described for operation by SCUBA divers on marine sediments a...
A cost efficient way of investigating shallow sediments and for collecting soils data for many offsh...
The Ocean Floor Observation and Bathymetry System (OFOBS) was used during the SO261 cruise to the At...
The Box corer is a marine geological and biological sampling tool for soft sediments in lakes or oc...
Cameras were mounted in a newly designed corehead of a piston corer and used to photograph coring op...
A new coring device is presented which allows the recovery of loose watery surface sediments and th...
83-84For the purpose of geotechnical investigation a gravity corer has been designed and fabricated ...
A modified version of the light weight "Murray" piston corer is described. This corer may be used in...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
A wide variety of scientific disciplines require representative samples of benthic sediment. As a r...
A bottom water sampler ("Suctor") for application in the deep-sea, in shallow waters and in estuarie...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...
The OFOBS system consisted of a towed underwater camera system equipped with both a high-resolution ...